esprit_tls

窄带信号生成，生成窄带信号，可以自己调节信号的基础信息(Narrow-band signal generation)

自己写的nbcs，但是效果还没有普通BCS方法好，重建采用SL0，自行下载(Write your own nbcs, but the results are not good ordinary BCS method, reconstruction using SL0, to download)

基于MATLBA的无刷直流电机仿真，使用新版MATLAB可以运行(MATLBA-based simulation of the brushless DC motor, using the new version can run MATLAB)

为了对目标进行快速的检测，提出了一种新的基于支持向量机的级联式分类器的构造方法。该级联分类器由若干个线性SVM弱分类器构成，结构简单，分类时间极快。针对级联结构中的每个节点的训练给出了一个新的SVM框架下的二次规划模型，这使得每个节点都有较高的正样本检测率和适当的负样本错检率。(In order to quickly detect the target, a new cascade based on support vector machine classifier constructor. The cascade is controlled by a number of weak linear SVM classifier structure, simple structure, classification of time fast. Cascade structure for the training of each node is given a new SVM quadratic programming model under the framework, which allows each node has a higher detection rate of positive samples and negative samples of appropriate fault detection rate.)

An Optimal Design Methodology of an Interleaved Boost Converter for Fuel Cell

仿真了OFDM中的SLM方法 ，并附有仿真图形，对于初学PAPR的朋友可有用(Simulation of the OFDM in the SLM method, together with simulation graphics, for a friend can be useful for beginners PAPR)

Matlab实现模糊控制与传统PI控制比较后证明模糊控制修正优于PI控制( Input X: 3 membership functions, Y: 3 membership functions Output U: 5 membership functions)(Matlab fuzzy control with conventional PI control proved that the fuzzy control correction is superior to PI control (Input X: 3 membership functions, Y: 3 membership functions Output U: 5 membership functions))

说明：  MATLAB通信仿真及应用实例详解,matlb学习资料(MATLAB通信仿真及应用实例详解)

探讨时域加窗后对LFM信号匹配滤波后峰值旁瓣比和隔离度的影响(Time domain windowing of LFM signal after matched filtering the peak sidelobe ratio and the impact of isolation)

Please always check http://research.baycrest.org/~jimmy/NIfTI for detail descriptions and latest updates. If you are confused by the Left / Right of an ANALYZE image, you can consult http://research.baycrest.org/~jimmy/UseANALYZE.htm You may also want to read http://research.baycrest.org/~jimmy/NIfTI/FAQ.htm